Beneath the Andes: the Earth’s crust is “dripping” inside the planet

The continental surface seeps into the center of the planet below the Andes ranges in South America. Moreover, it has already been going on for millions of years, resulting in unmistakable ripples and outer layer patterns that researchers have discovered through simulations and experiments.

This could help identify internal seismic processes on some nearby worlds that lack continental plates, including Mars and Venus.

Dripping from the earth’s crust


Lithospheric leakage is a newly discovered phenomenon on Earth, it occurs when the rock layer reaches a specific degree, it begins to solidify and seep deeper into the earth. It sounds like an extraordinary drop from height, but the production and discharge from the hollows in the Earth’s crust have impacts on the planet’s outer environment, Science Alert reported.

Due to its great thickness, it flowed similarly to icy molasses further into the Earth’s core and is likely responsible for two major seismic events in the central Andes, altering the city’s underlying terrain by hundreds of kilometers and directly crushing and straining the underlying layer.

The researchers compared the simulation results published in the journal Communications Earth & Environment to geomagnetic and morphological surveys undertaken in the central Andes, in particular in the Arizaro basin.

the experts designed an experimental research in which they built replicas of the Earth’s surface and upper layers to examine what happens to the ground when the layer begins to leak.

In addition, the researchers also observed shrinking of the earth’s crust with ripples in the simulation and basin-like depressive episodes on the ground, so the experts were certain that a leak is most likely the cause of the displacements reported from the Andes.

Similarly, crustal reduction in the core of the Arizaro Basin is well recorded by flexure and small projection cracks, but the region is not confined by an established convergent zone boundary, suggesting that rather restricted geomorphological activity occurs.

While University of Toronto geologist Russell Pysklywec has suggested as a possibility to propose loss of lithosphere to explain extended bending moment and plateau development not associated with subduction.

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What is Under Andres Mountains?

In a separate interview, Julia Andersen, doctoral candidate in geology and editor at the University of Toronto in Canada, explained that specialists have proven that a disturbance on the slope of a region of the Andes destroyed a huge part of the earth’s crust. under.

Since researchers have recently learned to understand the leakage of continental crust, the reaction of the ground to the phenomenon is not well defined. According to experts from the Annual Reviews, the phenomenon was more like building and tearing down chains of seismic canyons in a playground while drifting over a mimicked lava lake.

A converging boundary has entirely produced the highlands, when the boundary of one of the continental plates slips under the plane margin next to it. Nevertheless, the findings demonstrate that the building of the central Andes occurred in bursts during the Cretaceous period, Earth’s current chronological age, beginning around 66 million years ago.

The studies have further demonstrated how lithospheric leakage can alter the earth’s crust in various ways. An earlier study had shown that lithospheric leakage was at work, but scientists needed more conclusive evidence.

In the upper mantle material, a dripping “seed” was placed. All the while, a sensor was monitoring the entire experiment, taking high-resolution photos every moment to record stress and tension in the crust, according to Science Direct.

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